CN105584064B - A kind of vertical shallow base pressure plastic packing box automatic processing device - Google Patents
A kind of vertical shallow base pressure plastic packing box automatic processing device Download PDFInfo
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- CN105584064B CN105584064B CN201610060627.5A CN201610060627A CN105584064B CN 105584064 B CN105584064 B CN 105584064B CN 201610060627 A CN201610060627 A CN 201610060627A CN 105584064 B CN105584064 B CN 105584064B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29D—PRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
- B29D22/00—Producing hollow articles
- B29D22/003—Containers for packaging, storing or transporting, e.g. bottles, jars, cans, barrels, tanks
Abstract
The invention discloses a kind of vertical shallow base pressure plastic packing box automatic processing devices, comprising: rack, feed device, heater box, molding press device, shear, material collecting device, blanking device and outflow device；Rack is for being supported molding press device, shear and blanking device；Feed device is used for conveying band plastic；For heating to the band-like plastic that feed device exports, molding press device is used to carry out die mould to the band-like plastic after heating heater box, makes to form continuous molded piece on band-like plastic；Shear is for molded piece to be truncated to form finished parts from band-like plastic；Material collecting device is used to the band-like plastic clout after shearing carrying out winding recycling；Blanking device is used to blow off the molded piece after shearing from sizing is intracavitary, falls into it in transmission device；Outflow device is used to molded piece being sent to subsequent processing.The present invention effectively increases the production efficiency of packing box, adapts to enterprise scale production requirement；And vertical structure, occupied area are small.
Description
Technical field
The present invention relates to packing technique fields, more particularly to a kind of vertical shallow base pressure plastic packing box automatic processing device.
Background technique
Packing box is exactly the box for being used to pack product as its name suggests, with the development of the social economy, the type of packing box
Be also it is varied, compression moulding packing box be it is one such, the packaging and use plastic material compression forming, and the packing box
Cavity is shallower and the cross sectional shape of cavity be it is trapezoidal, it is easy to form.But existing compression moulding packing box is compression molded into using mold
Type, can not carry out consecutive production, and production efficiency is low, it would be highly desirable to improve.
Summary of the invention
Technology based on the above background, the present invention propose that a kind of vertical shallow base pressure plastic packing box adds automatically
Construction equipment.
The invention proposes a kind of vertical shallow base pressure plastic packing box automatic processing devices, comprising: rack, adds feed device
Hot tank, molding press device, shear, material collecting device, blanking device and outflow device, in which:
The side that feed device is located at rack is used for rack direction conveying band plastic；
Heater box is between feed device and rack for heating to the band-like plastic that feed device exports；
Molding press device and shear are respectively mounted on the rack, and are sequentially arranged along the short transverse of rack；
Molding press device includes the first die mould wheel, the second die mould wheel and the first driving unit；
First die mould wheel and the second die mould wheel are arranged parallel, and annular is evenly equipped with multiple pressures on the anchor ring of the first die mould wheel
Type chamber；
Annular is evenly equipped with multiple die mould heads being adapted to die mould chamber on the anchor ring of second die mould wheel, and the quantity of die mould head and
The quantity of die mould chamber is consistent；
First driving unit is connect respectively for driving the first die mould wheel and second with the first die mould wheel and the second die mould wheel
Die mould wheel synchronizes rotation, and the rotation direction of the first die mould wheel and the second die mould wheel is on the contrary, when the first die mould wheel and second
When die mould wheel rotates synchronously, die mould head and die mould chamber cooperatively form type chamber；
Shear includes the first shearing wheel, the second shearing wheel and the second driving unit；
First shearing wheel is located at the lower section of the first die mould wheel and is parallel to the first die mould wheel, ring on the anchor ring of the first shearing wheel
Shape is evenly equipped with multiple sizing chambers；In each sizing chamber, the open end of any one sizing chamber is equipped with to be circular layout around sizing chamber
Allow cutter groove, the bottom of any one positioning chamber is all provided with the insufflation channel that oriented first shearing wheel axis direction extends, and each blows
The axle center wire loop that the air inlet in channel is respectively positioned on the end face of first shearing wheel one end and around the end end face is evenly arranged；
Second shearing wheel is located at the lower section of the second die mould wheel and is parallel to the second die mould wheel；Ring on the anchor ring of second shearing wheel
Shape is evenly equipped with multiple sizing heads being adapted to sizing chamber, and the quantity for head of being formed is consistent with the sizing quantity of chamber, sets on head of being formed
The annular cutter for having and cutter groove being allowed to be adapted to；
Second driving unit connect with the first shearing wheel and the second shearing wheel respectively and is used to drive the first shearing wheel and the
Two shearing wheels synchronize rotation, and the first shearing wheel is identical as the rotation direction of the first die mould wheel, the rotation of the second shearing wheel
Direction is identical as the rotation direction of the second die mould wheel, when the first shearing wheel and the second shearing wheel rotate synchronously, die mould head and fixed
Type chamber cooperation molded piece is carried out shaping, annular cutter with allow cutter groove cooperate separate molded piece from band-like plastic；
Material collecting device is located at the lower section of cutting mechanism for winding to band-like plastic part clout, and material collecting device includes receiving
Material volume cylinder and third driving unit for driving rewinding spool turns；
Blanking device is located at the first shearing wheel close to one end of air inlet and is mounted on the rack, and blanking device includes support
Frame is held, air blowing pipette tips and the 4th driving unit, air blowing pipette tips are slidably mounted on support frame, and air blowing pipette tips are connected with compression
Gas source vessel, the 4th driving unit are connect with air blowing pipette tips for driving air blowing pipette tips on the support frame and along the axle center of air inlet
It is moved and realizes docking for air blowing pipette tips and air inlet in direction；
The lower section that outflow device is located at the first shearing wheel is used to for the molded piece after separation being sent to subsequent processing, outflow dress
It sets including conveyer belt and for driving conveyer belt to carry out the 5th power unit of cycle rotation.
Preferably, die mould head includes the first pressure head and the second pressure head, and the first pressure head is adapted to flanging chamber, and the second pressure head is located at
The one end of first pressure head far from the second die mould wheel is simultaneously integrally formed with the first pressure head, and the second pressure head is adapted to die mould main cavity.
Preferably, die mould chamber includes flanging chamber and is located at flanging bottom of chamber portion and from flanging bottom of chamber portion to the first die mould wheel axle center
The die mould main cavity that direction extends.
Preferably, sizing chamber includes deckle chamber and is located at deckle bottom of chamber portion and from deckle chamber to the first shearing wheel axis direction
The deckle main cavity of extension, deckle chamber are matched with flanging chamber shape, and deckle main cavity is matched with flanging main cavity shape.
Preferably, allow cutter groove that the bottom of deckle chamber is set and positioned at the periphery of deckle main cavity and around deckle main cavity ring
Shape arrangement.
Preferably, sizing head includes the first sizing head and the second sizing head, and the first sizing head is adapted to molding edge, and second is fixed
Type head is located at the first sizing one end of head far from the second shearing wheel and, second sizing head and sizing first body formed with the first sizing
Main cavity adaptation.
Preferably, annular cutter is located at the first sizing one end of head far from the second shearing wheel and around the second sizing head annular cloth
It sets.
Preferably, it is equipped between molding press device and shear for carrying out cooling cooling device to band-like plastic.
Preferably, cooling device includes air-cooler and wind deflector；Air-cooler and baffle are positioned opposite, and air cooler position is in
The lower section of one die mould wheel is simultaneously mounted on the rack, and wind deflector is located at the lower section of the second die mould wheel and is mounted on the rack.
Preferably, the first guide roller group is equipped between feed device and heater box, the first guide roller group includes at least one
First guide roller.
Preferably, heater box is equipped with the second guide roller group far from the side of feed device, and the second guide roller group includes at least
One the second guide roller.
In the present invention, rack is for being supported molding press device, shear and blanking device；Feed device is for defeated
Send band-like plastic；Heater box is for heating the band-like plastic that feed device exports, after molding press device is used for heating
Band-like plastic carries out die mould, makes to form continuous molded piece on band-like plastic；Shear is used for molded piece from band-like plastic
It is upper to be truncated to form finished parts；Material collecting device is used to the band-like plastic clout after shearing carrying out winding recycling；Blanking device
For the molded piece after shearing to blow off from sizing is intracavitary, fall into it in transmission device；Outflow device is for passing molded piece
It send to subsequent processing.
In conclusion vertical shallow base pressure plastic packing box automatic processing device proposed by the invention realizes compressed package mounted box
The automation of processing effectively increases the production efficiency of packing box, adapts to enterprise scale production requirement；And vertical structure, it accounts for
Ground area is small.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the vertical shallow base pressure plastic packing box automatic processing device of one kind proposed by the present invention；
Fig. 2 is enlarged drawing at Figure 1A；
Fig. 3 is enlarged drawing at Figure 1B；
Fig. 4 is the knot of feeding device described in the vertical shallow base pressure plastic packing box automatic processing device of one kind proposed by the present invention
Structure schematic diagram.
Specific embodiment
In the following, technical solution of the present invention is described in detail by specific embodiment.
As shown in Figs 1-4, Fig. 1 is the structure of the vertical shallow base pressure plastic packing box automatic processing device of one kind proposed by the present invention
Schematic diagram；Fig. 2 is enlarged drawing at Figure 1A；Fig. 3 is enlarged drawing at Figure 1B；Fig. 4 is the vertical shallow base pressure modeling of one kind proposed by the present invention
The structural schematic diagram of feeding device described in packing box automatic processing device.
Referring to Fig.1-4, the vertical shallow base pressure plastic packing box automatic processing device of one kind that the embodiment of the present invention proposes, comprising:
Rack (being not drawn into figure), feed device 1, heater box 2, molding press device 3, shear 4, material collecting device 5,6 and of blanking device
Spread out of device 7, in which:
The side that feed device 1 is located at rack is used for rack direction conveying band plastic 8, and feed device 1 includes blowing
Frame and the blowing reel being mounted on stock shelf；Heater box 2 is between feed device 1 and rack for defeated to feed device 1
Band-like plastic 8 out is heated；Heater box 2 is equipped with the first guide roller group, the first guide roller group close to the side of feed device 1
Including at least one the first guide roller, heater box 2 is equipped with the second guide roller group, the second guide roller far from the side of feed device 1
Group includes at least one second guide roller.
Molding press device 3 and shear 4 are respectively mounted on the rack, and are sequentially arranged along the short transverse of rack；Die mould dress
Setting 3 includes the first die mould wheel 31, the second die mould wheel 32 and the first driving unit；First die mould wheel 31 and the second die mould wheel 32 are mutually
It is arranged in parallel, annular is evenly equipped with multiple die mould chambers 311 on the anchor ring of the first die mould wheel 31；Die mould chamber 311 includes flanging chamber and position
In flanging bottom of chamber portion and die mould main cavity from flanging bottom of chamber portion to 31 axis direction of the first die mould wheel that extend from；Second die mould wheel 32
Anchor ring on annular be evenly equipped with multiple die mould heads 312 being adapted to die mould chamber 311, and the quantity of die mould head 312 and die mould chamber 311
Quantity it is consistent；Die mould head 312 includes the first pressure head and the second pressure head, and the first pressure head is adapted to flanging chamber, and the second pressure head is located at
The one end of first pressure head far from the second die mould wheel 32 is simultaneously integrally formed with the first pressure head, and the second pressure head is adapted to die mould main cavity；
First driving unit is connect respectively for driving the first die mould wheel 31 and the second pressure with the first die mould wheel 31 and the second die mould wheel 32
Type wheel 32 synchronizes rotation, and the rotation direction of the first die mould wheel 31 and the second die mould wheel 32 is on the contrary, when the first die mould wheel 31
When rotating synchronously with the second die mould wheel 32, die mould head 312 and die mould chamber 311 cooperatively form type chamber.
Shear 4 includes the first shearing wheel 41, the second shearing wheel 42 and the second driving unit；First shearing wheel 41 is located at
The lower section of first die mould wheel 31 is simultaneously parallel to the first die mould wheel 31, and annular is evenly equipped with multiple sizings on the anchor ring of the first shearing wheel 41
Chamber 411, sizing chamber 411 include deckle chamber and are located at deckle bottom of chamber portion and are extended from deckle chamber to 41 axis direction of the first shearing wheel
Deckle main cavity, deckle chamber matches with flanging chamber shape, and deckle main cavity is matched with flanging main cavity shape, deckle chamber
Bottom and the periphery for being located at deckle main cavity, which are equipped with, allows cutter groove 412 around what deckle main cavity was circular layout；In each sizing chamber 411,
The bottom of any one positioning chamber is all provided with the insufflation channel 413 that oriented first shearing wheel, 41 axis direction extends, and each blow is led to
The axle center wire loop that the air inlet in road 413 is respectively positioned on the end face of 41 one end of the first shearing wheel and around the end end face is evenly arranged；
Second shearing wheel 42 is located at the lower section of the second die mould wheel 32 and is parallel to the second die mould wheel 32；Ring on the anchor ring of second shearing wheel 42
Shape is evenly equipped with multiple sizing heads 421 being adapted to sizing chamber 411, and the quantity one of the quantity for head 421 of being formed and sizing chamber 411
It causes, sizing head 421 includes the first sizing head 421 and the second sizing head 421, and the first sizing head 421 is adapted to molding edge, and second is fixed
Type head 421 is located at the first sizing one end of head 421 far from the second shearing wheel 42 and is integrally formed with the first sizing head 421, second
Sizing head 421 is adapted to modular body chamber；On first sizing head and it is located at the periphery of the second sizing head equipped with around the second sizing head
Be circular layout annular cutter 422；Second driving unit connect with the first shearing wheel 41 and the second shearing wheel 42 respectively and for driving
Dynamic first shearing wheel 41 and the second shearing wheel 42 synchronize rotation, and the rotation side of the first shearing wheel 41 and the first die mould wheel 31
To identical, the rotation direction of the second shearing wheel 42 is identical as the rotation direction of the second die mould wheel 32, when the first shearing wheel 41 and
Two shearing wheels 42 rotate synchronously when, die mould head 312 and sizing chamber 411 cooperate molded piece is carried out shaping, annular cutter 422 with allow
The cooperation of cutter groove 412 separates molded piece from band-like plastic 8.
Material collecting device 5 is located at the lower section of cutting mechanism for winding to 8 clouts of band-like plastic, and material collecting device 5 wraps
Include rewinding reel and the third driving unit for driving rewinding spool turns.
Blanking device 6 is located at the first shearing wheel 41 close to one end of air inlet and is mounted on the rack, and blanking device 6 includes
Support frame holds 61, air blowing pipette tips 62 and the 4th driving unit 63, and air blowing pipette tips 62 are slidably mounted on support frame 61, blows
Pipette tips 62 are connected with compressed gas source container, and the 4th driving unit 63 is connect with air blowing pipette tips 62 for driving air blowing pipette tips 62 propping up
It is moved on support 61 and along the axis direction of air inlet, during the work time, when the sizing chamber 411 with molded piece is gone to
When air blowing 62 position of pipette tips, the movement of the 4th driving unit 63 drives air blowing pipette tips 62 mobile simultaneously to 411 direction of sizing chamber
Realization air blowing pipette tips 62 are docked with air inlet, and after completing docking, air blowing pipette tips 62 are blown to air inlet direction, and gas is by air inlet
Mouth enters and blows out along insufflation channel 413, so that the molded piece in chamber 411 that will be formed ejects, falls into the molded piece and spreads out of dress
Set 7.
The lower section that outflow device 7 is located at the first shearing wheel 41 is used to the molded piece after separation being sent to subsequent processing, passes
Device 7 includes conveyer belt and the 5th power unit for driving conveyer belt progress cycle rotation out.
In the present embodiment, it is equipped between molding press device 3 and shear 4 for carrying out cooling cooling to band-like plastic 8
Device 9；Cooling device 9 includes air-cooler 91 and wind deflector 92；Air-cooler 91 and baffle are positioned opposite, and air-cooler 91 is located at the
The lower section of one die mould wheel 31 is simultaneously mounted on the rack, and wind deflector 92 is located at the lower section of the second die mould wheel 32 and is mounted on the rack.
The setting of cooling device 9 can be such that the molded piece after die mould is quickly cooled down, in order to the progress of subsequent shearing work.
In the present invention at work, when the band-like plastic 8 of heating arrives at 3 position of molding press device, in molding press device 3 the
One die mould wheel 31 and the second die mould wheel 32, which cooperate, carries out die mould to band-like plastic 8, makes to form continuous pressure on band-like plastic 8
Type part；When band-like plastic 8 after die mould arrives at 9 position of cooling air unit, cooling air unit 9 carries out cooling down to band-like plastic 8；
The first shearing wheel 41 and the second shearing wheel when band-like plastic 8 after cooling arrives at 4 position of shear, in shear 4
42 cooperate, and molded piece is truncated from band-like plastic 8；When the sizing chamber 411 for having molded piece in the first shearing wheel 41 is gone to
When air blowing 62 position of pipette tips, the movement of the 4th driving unit 63 drives air blowing pipette tips 62 mobile simultaneously to 411 direction of sizing chamber
Realization air blowing pipette tips 62 are docked with air inlet, and after completing docking, air blowing pipette tips 62 are blown to air inlet direction, and gas is by air inlet
Mouth enters and blows out along insufflation channel 413, so that the molded piece in chamber 411 that will be formed ejects, falls into the molded piece and spreads out of dress
It sets 7 and subsequent processing is sent to by outflow device 7.
From the foregoing, it will be observed that vertical shallow base pressure plastic packing box automatic processing device proposed by the invention realizes compressed package mounted box
The automation of processing effectively increases the production efficiency of packing box, adapts to enterprise scale production requirement；And vertical structure, it accounts for
Ground area is small.
More than, it is merely preferred embodiments of the present invention, but scope of protection of the present invention is not limited thereto, it is any
Those familiar with the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its invents
Design is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (11)
1. a kind of vertical shallow base pressure plastic packing box automatic processing device characterized by comprising rack, adds feed device (1)
Hot tank (2), molding press device (3), shear (4), material collecting device (5), blanking device (6) and outflow device (7), in which:
The side that feed device (1) is located at rack is used for rack direction conveying band plastic (8)；
Heater box (2) is located at the band-like plastic (8) between feed device (1) and rack for exporting to feed device (1) and carries out
Heating；
Molding press device (3) and shear (4) are respectively mounted on the rack, and are sequentially arranged along the short transverse of rack；
Molding press device (3) includes the first die mould wheel (31), the second die mould wheel (32) and the first driving unit；
First die mould wheel (31) and the second die mould wheel (32) are arranged parallel, and annular is uniformly distributed on the anchor ring of the first die mould wheel (31)
There are multiple die mould chambers (311)；
Annular is evenly equipped with multiple die mould heads (312) being adapted to die mould chamber (311), and die mould on the anchor ring of second die mould wheel (32)
The quantity of head (312) is consistent with the quantity of die mould chamber (311)；
First driving unit is connect respectively for driving the first die mould wheel with the first die mould wheel (31) and the second die mould wheel (32)
(31) and the second die mould wheel (32) synchronizes rotation, and the rotation direction phase of the first die mould wheel (31) and the second die mould wheel (32)
Instead, when the first die mould wheel (31) and the second die mould wheel (32) rotate synchronously, die mould head (312) and die mould chamber (311) cooperate shape
Forming cavity；
Shear (4) includes the first shearing wheel (41), the second shearing wheel (42) and the second driving unit；
First shearing wheel (41) is located at the lower section of the first die mould wheel (31) and is parallel to the first die mould wheel (31), the first shearing wheel
(41) annular is evenly equipped with multiple sizing chambers (411) on anchor ring；In each sizing chamber (411), any one sizing chamber (411) is opened
Mouthful end, which is equipped with, allows cutter groove (412) around what sizing chamber (411) was circular layout, and the bottom of any one sizing chamber (411) is equipped with
The insufflation channel (413) extended to the first shearing wheel (41) axis direction, and the air inlet of each insufflation channel (413) is respectively positioned on the
On the end face of one shearing wheel (41) one end and the axle center wire loop around the end end face is evenly arranged；
Second shearing wheel (42) is located at the lower section of the second die mould wheel (32) and is parallel to the second die mould wheel (32)；Second shearing wheel
(42) annular is evenly equipped with multiple sizing heads (421) being adapted to sizing chamber (411), and the quantity of sizing head (421) on anchor ring
The quantity of chamber (411) is consistent with being formed, the annular cutter (422) that sizing head (421) is equipped with and cutter groove (412) is allowed to be adapted to；
Second driving unit connect with the first shearing wheel (41) and the second shearing wheel (42) respectively and for driving the first shearing wheel
(41) and the second shearing wheel (42) synchronizes rotation, and the rotation direction phase of the first shearing wheel (41) and the first die mould wheel (31)
Together, the rotation direction of the second shearing wheel (42) is identical as the rotation direction of the second die mould wheel (32), when the first shearing wheel (41) and
When second shearing wheel (42) rotates synchronously, die mould head (312) carries out shaping molded piece with sizing chamber (411) cooperation, and annular is cut
Knife (422) with allow cutter groove (412) cooperation separate molded piece from band-like plastic (8)；
The lower section that material collecting device (5) is located at cutting mechanism is used to wind band-like plastic (8) part clout, material collecting device (5)
Third driving unit including rewinding reel and for driving rewinding spool turns；
Blanking device (6) is located at the first shearing wheel (41) close to one end of air inlet and is mounted on the rack, blanking device (6) packet
It includes support frame and holds (61), air blowing pipette tips (62) and the 4th driving unit (63), air blowing pipette tips (62) are slidably mounted on support
On frame (61), air blowing pipette tips (62) are connected with compressed gas source container, and the 4th driving unit (63) connect use with air blowing pipette tips (62)
It is moved on support frame (61) and along the axis direction of air inlet in driving air blowing pipette tips (62) and realizes air blowing pipette tips
(62) it is docked with air inlet；
The lower section that outflow device (7) is located at the first shearing wheel (41) is used to the molded piece after separation being sent to subsequent processing, passes
Device (7) includes conveyer belt and the 5th power unit for driving conveyer belt progress cycle rotation out.
2. vertical shallow base pressure plastic packing box automatic processing device according to claim 1, which is characterized in that die mould chamber
(311) pressure for including flanging chamber and being located at flanging bottom of chamber portion and extending from flanging bottom of chamber portion to the first die mould wheel (31) axis direction
Type main cavity.
3. vertical shallow base pressure plastic packing box automatic processing device according to claim 2, which is characterized in that die mould head
It (312) include the first pressure head and the second pressure head, the first pressure head is adapted to flanging chamber, and the second pressure head is located at the first pressure head far from second
One end of die mould wheel (32) is simultaneously integrally formed with the first pressure head, and the second pressure head is adapted to die mould main cavity.
4. vertical shallow base pressure plastic packing box automatic processing device according to claim 1, which is characterized in that sizing chamber
(411) the deckle master for including deckle chamber and being located at deckle bottom of chamber portion and extending from deckle chamber to the first shearing wheel (41) axis direction
Body cavity, deckle chamber are matched with flanging chamber shape, and deckle main cavity is matched with flanging main cavity shape.
5. vertical shallow base pressure plastic packing box automatic processing device according to claim 4, which is characterized in that allow cutter groove
(412) bottom of deckle chamber is set and is located at the periphery of deckle main cavity and is circular layout around deckle main cavity.
6. vertical shallow base pressure plastic packing box automatic processing device according to claim 4, which is characterized in that sizing head
It (421) include the first sizing head and the second sizing head, the first sizing head is adapted to molding edge, and the second sizing head is located at the first sizing
The one end of head far from the second shearing wheel (42) is simultaneously first body formed with the first sizing, and the second sizing head is adapted to modular body chamber.
7. vertical shallow base pressure plastic packing box automatic processing device according to claim 6, which is characterized in that annular cutter
(422) it is located at the first sizing one end of head far from the second shearing wheel (42) and around the second sizing head annular arrangement.
8. vertical shallow base pressure plastic packing box automatic processing device according to claim 1, which is characterized in that molding press device
(3) it is equipped between shear (4) for carrying out cooling cooling device (9) to band-like plastic (8).
9. vertical shallow base pressure plastic packing box automatic processing device according to claim 8, which is characterized in that cooling device
It (9) include air-cooler (91) and wind deflector (92)；Air-cooler (91) and baffle are positioned opposite, and air-cooler (91) is located at the first pressure
The lower section of type wheel (31) is simultaneously mounted on the rack, and wind deflector (92) is located at the lower section of the second die mould wheel (32) and is mounted on rack
On.
10. vertical shallow base pressure plastic packing box automatic processing device according to claim 1 to 9, feature exist
In being equipped with the first guide roller group between feed device (1) and heater box (2), the first guide roller group includes that at least one first is led
To roller.
11. vertical shallow base pressure plastic packing box automatic processing device according to claim 1 to 9, feature exist
Be equipped with the second guide roller group far from the side of feed device (1) in, heater box (2), the second guide roller group include at least one the
Two guide rollers.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610060627.5A CN105584064B (en) | 2016-01-27 | 2016-01-27 | A kind of vertical shallow base pressure plastic packing box automatic processing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610060627.5A CN105584064B (en) | 2016-01-27 | 2016-01-27 | A kind of vertical shallow base pressure plastic packing box automatic processing device |
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| CN105584064A CN105584064A (en) | 2016-05-18 |
| CN105584064B true CN105584064B (en) | 2019-03-05 |
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Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3353329A (en) * | 1964-08-11 | 1967-11-21 | Cloud Machine Corp | Method of and apparatus for packaging elongated articles such as nipples |
| US3329306A (en) * | 1963-12-16 | 1967-07-04 | Stefan M Stein | Insulated container |
| US4830596A (en) * | 1988-01-04 | 1989-05-16 | Neu Stephen T | Vacuum thermoforming rotary machine |
| CN1019582B (en) * | 1988-10-28 | 1992-12-23 | 协和发酵工业株式会社 | Magnetic coating formulations and usage thereof |
| JPH0321427A (en) * | 1989-06-19 | 1991-01-30 | Murata Mfg Co Ltd | Device for forming embossed tape |
| US8007269B1 (en) * | 2006-01-24 | 2011-08-30 | Future Mold Corporation | Rotary forming wheel |
| CN101288999B (en) * | 2007-04-18 | 2011-05-11 | 中国农业大学 | Processing method of thin wall labyrinth drip irrigating belt and its forming apparatus |
| EP2426243A1 (en) * | 2010-09-01 | 2012-03-07 | Benninger Zell GmbH | Method and device for processing (softening) continuously transported goods |
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Effective date of registration: 20200416 Address after: 233000, Anhui, Bengbu Province, mussel Road, west side of clams Road Patentee after: Wang Taiyun Address before: 233000, Anhui, Bengbu Province, mussel Road, west side of clams Road Patentee before: BENGBU ZHONGBANG PACKAGING FACTORY |